14:00 〜 14:15
[PCG18-08] Microsatellite development and Eduaction of Space Science and Technology at Kanazawa University
キーワード：超小型衛星、重力波、金沢、先端宇宙理工学研究センター
At Kanazawa University, a microsatellite “Satellite for X-ray transient monitoring and reporting KOYOH” is being developed. This satellite is selected to be an onboard satellite for JAXA's "Innovative Satellite Technology Demonstration-3" project and planned to be launched in FY2022. KOYOH is developed as an activity of ARC-SAT (Advanced Research Center for Space Science and Technology) and Kanazawa-SAT3 (Study and Training in Space Science and Technology for Kanazawa Cube-Satellites) project. ARC-SAT is a research center of College of Science and Technology in Kanazawa University, established on July 1, 2019. ARC-SAT has 3 research divisions: Satellite Development Division, Astronomy & Astrophysics Division and Solar-Terrestrial Science Division. And ARC-SAT is concluding "Kanazawa University Satellite Project (Kanazawa-SAT3)". In this project, a space science and engineering course has been established in the Graduate School of Natural Sciences in April 2018. This course is based on the 'satellite development by students', and students are actually involved in the design, fabrication, ground tests, and operation of scientific satellites, aiming to train personnel who are familiar with space science and space engineering, with satellite-development skills.
KOYOH is a scientific satellite which will contribute to the elucidation of the extreme surrounding environment of gravitational wave sources by identifying the source of gravitational wave by detecting the arrival direction of gamma rays and X rays radiated at the same time when gravitational waves are generated by collision of astronomical objects. It is a microsatellite with a total weight of 50 kg or less, and its size is cubic with a side of 50 cm and will be inserted into a solar synchronous orbit at 560 km altitude. KOYOH has three communication system, S-band, UHF band and Iridium. Iridium is a satellite-based cell phone network and KOYOH has a data communication module of Iridium. Using Iridium, KOYOH will be able to send immediate reports of scientific observation events even when KOYOH is out of the ground station’s field of view. For the ground station, we have installed a parabolic antenna (2.4 m is diameter) for S-band communication and a crossed Yagi antenna (14 elements) for UHF communication. These antennas are installed at the roof of the building of Kanazawa University.
KOYOH is in the final stage of development, and is undergoing various environment tests and preparations for connecting to the launch vehicle.
KOYOH is a scientific satellite which will contribute to the elucidation of the extreme surrounding environment of gravitational wave sources by identifying the source of gravitational wave by detecting the arrival direction of gamma rays and X rays radiated at the same time when gravitational waves are generated by collision of astronomical objects. It is a microsatellite with a total weight of 50 kg or less, and its size is cubic with a side of 50 cm and will be inserted into a solar synchronous orbit at 560 km altitude. KOYOH has three communication system, S-band, UHF band and Iridium. Iridium is a satellite-based cell phone network and KOYOH has a data communication module of Iridium. Using Iridium, KOYOH will be able to send immediate reports of scientific observation events even when KOYOH is out of the ground station’s field of view. For the ground station, we have installed a parabolic antenna (2.4 m is diameter) for S-band communication and a crossed Yagi antenna (14 elements) for UHF communication. These antennas are installed at the roof of the building of Kanazawa University.
KOYOH is in the final stage of development, and is undergoing various environment tests and preparations for connecting to the launch vehicle.